In USA created an electronic brain (of the same size) which performance is 80 petaflops (path tracing needs only 1 petaflop) at 20 watts power consumption. So, by taking advantage of the russian room-temperature superconductors (confirmed at Cambridge University of England in 2010), such device could get much much faster than it actually is.

About Me

Passionate about real-time global illumination techniques and photoreal rendering with GPU ray tracing. Currently project lead at the University of Auckland NZ, photoreal 3D graphics developer and consultant, medical imaging/neuroscience researcher and holding a master's degree in medicine with a background in neurology, neurosurgery, neuroradiology and sports medicine. My tutorial series on GPU accelerated path tracing (with source code) can be found on GitHub.
For questions, email me at sam.lapere@live.be